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Ariano Waiker
I have noticed that some of my notes were dropped from my original post.
RE: what I am ending up with:
MyTargetFiles/TextFile.txt and MyTargetFiles/SubDirectoryUnder testrclone with all text files
_copy/
Note that it is always the contents of the directory that is synced, not the directory so when source:path is a directory, it's the contents of source:path that are copied, not the directory name and contents.
At the integration point, the Xcode 12.0 beta 6 won't pick the specified subdependency frameworkA, only the added binary target, in this case frameworkB, will be added, which results in broken integration.
I spent about half an hour hunting for a workaround to bypass access control and get at the private initializers that have both the binary target details and a dependencies parameter. I even thought of decoding a Target from a JSON literal, but alas discovered it was only Encodable, not Decodable. I came up empty.
Furtherly, I believe, declaring binary subdepedencies in Package.swift could be done in a way more declarative/straightforward way by following the similar rules that are outlined for non-binary targets.
Should I use feedbackassistant to report this back to Apple team?
Furtherly, I believe, declaring binary subdepedencies in Package.swift could be done in a way more declarative/straightforward way by following the similar rules that are outlined for non-binary targets.
I've tried making a binary target outside the Package call, and modifying linkerSetttings before putting the target into the package. But XCode (Version 12.1 (12A7403)) crashes when it tries to process it.
XCFramework seems to look for dependencies using dyld (dynamically). I can change my package B to be a dynamic library, then iOS is able to find it. But I can't enforce dynamic linkage for C. Any suggestions?
Hello,
although this workaround of using a dummy target to declare a binary sub-dependency is great and a huge help, we have encountered an issue with it. In a project, we have imported two dependencies that share the same dependency, the frameworks Foo and Bar are the two frameworks we are importing and FooBar is the shared framework. The respective package.swift files look as so:
Framework Foo:
Okay, thanks again @paulb777. Would be able to tell me whether there's a trick for exporting the XCFramework or just the standard way described by Apple in the docs is enough? As you can see in my sample project above, I've followed the same steps as Analytics' but no luck.
I found out how to add a dropdown, but it looks like that's not a page, it's just a link in the nav that doens't go anywhere. I'd like to have the parent link at the clickable to a page, too. I'm pretty sure Im missing something - anyone have any suggestions?
Yeah, this is a known thing with Squarespace. When you add a dropdown, the parent page is not linked to anything. So often you'll need to put Page A in the dropdown, and then the sub pages underneath. For example, if it's a Services page, you'd create a Services dropdown, and then the first page within the folder would be Services Overview, then the additional service pages underneath. You can see it in action on my website: justinmabee.com.
Hi. So this is on topic with a question I have about adding in multiple drop downs under the navigation bar as per below. I guess this is also an issue Squarespace users have and from what I've read a custom CSS code may be needed. I'm no developer so I'm not super savvy with this stuff but I've gotten by the last 7 years. My question is, is there any kind of plug-in or extension to do this or is this a custom CSS thing?
Yes! I'm having the same problem. I'd like the 'parent' pages (in this example 'Personal Styling', 'Personal Shopping and 'Other') to be clickable. Ideally a layout like this but what you've shown also works. Thanks!
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To infer the neutrino mass, we fit the spectral data with a spectrum prediction, given by an analytical description of the β-decay spectrum and the experimental response function, described in the following sections.
The following analysis procedure was implemented to minimize the potential for human-induced biases. As the first step, the full analysis is performed on a Monte Carlo copy of each scan, simulated based on the actual experimental parameters (such as magnetic fields and column density), obtained by external calibration measurements. In the next step, the fit is performed on the experimental dataset, but with a randomly broadened molecular final-state distribution, which imposes an unknown bias on the observable \(\mboxm_\nu ^2\mbox\). In the final step, the analysis of experimental data with unmodified final-state distribution is executed. To prevent human-induced errors, each analysis step was performed by four independent analysis teams, using different software and strategies. Consistent results were obtained at each analysis step before proceeding to the next stage.
High-precision β-spectroscopy with the KATRIN experiment has proven to be a powerful means to probe the neutrino mass with unprecedented sensitivity and to explore physics beyond the standard model, such as sterile neutrinos64. Together with cosmological probes and searches for neutrinoless double-β decay65, the upcoming KATRIN data will play a key role in measuring the neutrino-mass parameters.
Here we describe the data analysis chain starting from data processing to high-level fit and limit setting. Moreover, we provide details on one of the key calibration campaigns, concerning the source electric potential. A more extensive description of the KATRIN analysis procedure is provided elsewhere18.
The first step of the analysis chain is data preparation. Raw data are combined into integral spectral data points, which are then fitted with an analytical spectrum prediction including the response of the experiment.
Beyond the molecular effects, further theoretical corrections arise on the atomic and nuclear level79. Only radiative corrections to the differential spectrum are relevant for this analysis, which are included in the analytical description, but not shown here56. Furthermore, we emulate the effect of Doppler broadening, as well as spatial and temporal source and spectrometer electric potential variations, by broadening the final-state distribution with a Gaussian distribution (discussed in the main text).
Both parameters are assessed with the help of co-circulating 83mKr gas, assuming that the possible plasma instabilities or longitudinal plasma profile are not affected by its presence in a minute concentration. The spectroscopy of its mono-energetic conversion electron lines reveals information about the broadening σP of the lineshape, from which an upper limit of ΔP is derived82.
This method is computationally intensive due to the complexity in calculating the tritium spectrum and minimization with respect to multiple free parameters. For example, it is not practical to treat the uncertainties of the molecular final-state distribution, which is given as a discrete list of excitation energies and corresponding probabilities, with this method. The advantage of this method is that we make the maximum use of the data. If the spectral data contain information about the systematic parameters η, it is automatically taken into account.
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